Authorship vs. Ownership - The Patent Paradox (SAND - Part 10)
Understanding Patent Authorship vs. Ownership when a patent is granted...
Sand Battery Saga: Antler Vietnam and silent enablers (SAND - Part 9)
The role of the enablers and silent accomplices who allowed, and perhaps even facilitated, the series of events that led to my separation from my own creation...
I.C.E. Battery Cooling: The Science and Savings (ICE - Part 2)
The I.C.E. Battery represents a fundamental shift in how we approach cooling. By storing cold energy efficiently and delivering it passively, we can decouple cooling demand from peak energy generation, slash carbon emissions, and reduce operational costs.
Introducing the I.C.E. Battery: Sustainable Cooling for a Warming World (ICE - Part 1)
Put simply, it's a thermal battery designed specifically to store "cold" energy at subzero -22°C or lower...
Understanding Founder's Psychology with the Light & Dark Triad framework
I want to offer a fresh perspective, a call for deeper self-awareness among founders and a more sophisticated approach to assessment for investors and co-founders.
The Untold Story Behind Sand Battery US Patent discovery (SAND - Part 8)
🤯 An very unexpected Discovery
The "Sand Battery" Patent USPTO 12-130086-B1 (SAND - Part 7)
Full content of USPTO 12-130086-B1: Thermal Storage Batteries and Thermal Storage Battery Systems for Drying Agriculture and Food Products, aka the Sand Battery.
Sand Battery: The True Origin (SAND - Part 6)
I want to take you back to where it all began - the earliest days of experimentation and collaboration that laid the foundation for what would eventually become a transformative energy storage solution.
Sand Battery versus Lithium Battery 💥 FIGHT! (SAND - Part 5)
We’ll design a simple setup with a full solar array to back up both systems, then evaluate multiple factors: cost, efficiency, lifespan, maintenance, and environmental impact. Let’s break it down!
Hot Water supply solution for Homestay/Resorts with Sand Battery (SAND - Part 4)
We’ll explore a residential use case: supplying hot water for a homestay in a city with a climate averaging 15 – 20°C year-round.
Why Sand Battery produces almost ZERO emission during the entire lifetime? 💨 (SAND - Part 3)
First, exploring the zero-carbon-emission operation of the Sand Battery, and second, critically examining the "almost" part, where minimal emissions arise from auxiliary components and construction.
